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Propylene glycol phenyl ether_Leading local media on chemical materials, nano-ma
  • PPH can be substituted for isophorone (cyclohexanone), DBE (dibutyl ether), benzyl alchohol, and the phenyl ether / ethylene glycol series to reduce the toxicity of these compounds. What is PPH Propylene glycol Phenyl Ether? Propylene phenyl glycol is a solvent with slow evaporation after the reaction of propylene oxide and phenol. Phenol residue is minimal. PPH has a light, clear color. PPH can replace isophorone (cyclohexanone), DBE (dibutyl ether), benzyl alchohol, and the ethylene glycol- PPH and Eastman's chemical company T is an example of a high-efficiency film forming agent. Propylene glycol Phenyl Ether: PPH is redistributed when added to latex systems in both the polymeric and the aqueous phases. Its high film-forming ability is due to the minimal distribution coefficient it has in both phases. PPH is a clear, colorless liquid with a mild smell. The vast majority of latex resins have a high ability to dissolve. However, the solubility of water is very low. This is to e

PPH Propylene glycol phenyl ether CAS 770-35-4

PPH can be substituted for isophorone (cyclohexanone), DBE (dibutyl ether), benzyl alchohol, and the phenyl ether / ethylene glycol series to reduce the toxicity of these compounds. What is PPH Propylene glycol Phenyl Ether? Propylene phenyl glycol is a solvent with slow evaporation after the reaction of propylene oxide and phenol. Phenol residue is minimal. PPH has a light, clear color. PPH can replace isophorone (cyclohexanone), DBE (dibutyl ether), benzyl alchohol, and the ethylene glycol-

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Propylene glycol phenyl ether CAS 770-35-4

PPH and Eastman's chemical company T is an example of a high-efficiency film forming agent. Propylene glycol Phenyl Ether: PPH is redistributed when added to latex systems in both the polymeric and the aqueous phases. Its high film-forming ability is due to the minimal distribution coefficient it has in both phases. PPH is a clear, colorless liquid with a mild smell. The vast majority of latex resins have a high ability to dissolve. However, the solubility of water is very low. This is to e

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